It has been shown that generation of methane under various mixed cultures in the presence of coal as substrate involves degradation of coal. There seems to be no single bacteria that can degrade coal from clusters of benzene rings to two to three carbon aliphatic chains that are then converted to methane by methanogenesis. Incubation period of mixed cultures from various sources such as cow dung, paddy field mud, white rot fungus, termite and wood eating insect have generally observed to be nearly 50 days but in many cases longer period up to 70 days or beyond have been observed. Yield of methane was observed to be optimum while using paddy field soil
A significant proportion of the total gas emitted from coal mining, particularly for shallow seams (...
Biogenic natural gas production is often associated with low-rank coals such as lignite (brown coal)...
The Powder River Basin and San Juan Basin, U.S.A., are two of the most productive coalbed methane re...
Burning coal to generating electricity is certainly not environmentally friendly and sustainable. Bu...
The objectives of the project are to use microbiological in situ bioconversion technology to convert...
To investigate the ability of exogenous bacteria to degrade brown coal, methanogens were enriched fr...
In India coal is the major source of energy and only 60–70% is extracted using different mining meth...
The mechanisms associated with the biomethane metabolism through the synergistic biodegradation of b...
ARCTECH has developed a novel process (MicGAS) for direct, anaerobic biomethanation of coals. Biomet...
Microbial communities in decommissioned coal mines have the potential to promote methane generation....
<p>Microbial communities in decommissioned coal mines have the potential to promote methane generati...
The work studied the methanogenic microbial consortium in a coal mine from the Bogotá basin in Colom...
Enrichment culture of coal samples from underground mines (Jitpur and Moonidih underground mines) lo...
The potential for modern coalfield methanogenesis was assessed using formation water from the Illino...
Coal has been ensuring energy security and stability for a long period of time in terms of increasin...
A significant proportion of the total gas emitted from coal mining, particularly for shallow seams (...
Biogenic natural gas production is often associated with low-rank coals such as lignite (brown coal)...
The Powder River Basin and San Juan Basin, U.S.A., are two of the most productive coalbed methane re...
Burning coal to generating electricity is certainly not environmentally friendly and sustainable. Bu...
The objectives of the project are to use microbiological in situ bioconversion technology to convert...
To investigate the ability of exogenous bacteria to degrade brown coal, methanogens were enriched fr...
In India coal is the major source of energy and only 60–70% is extracted using different mining meth...
The mechanisms associated with the biomethane metabolism through the synergistic biodegradation of b...
ARCTECH has developed a novel process (MicGAS) for direct, anaerobic biomethanation of coals. Biomet...
Microbial communities in decommissioned coal mines have the potential to promote methane generation....
<p>Microbial communities in decommissioned coal mines have the potential to promote methane generati...
The work studied the methanogenic microbial consortium in a coal mine from the Bogotá basin in Colom...
Enrichment culture of coal samples from underground mines (Jitpur and Moonidih underground mines) lo...
The potential for modern coalfield methanogenesis was assessed using formation water from the Illino...
Coal has been ensuring energy security and stability for a long period of time in terms of increasin...
A significant proportion of the total gas emitted from coal mining, particularly for shallow seams (...
Biogenic natural gas production is often associated with low-rank coals such as lignite (brown coal)...
The Powder River Basin and San Juan Basin, U.S.A., are two of the most productive coalbed methane re...